Here, a gasket-free anion exchange membrane water electrolyser (AEMWE) has been designed with an integrated reference electrode (RE) next to the membrane electrode assembly (MEA).

Our findings indicate that modification via a solvent-free mechanochemical route is an effective novel strategy for improving the hydrogen storage performance of MOF materials.

This study focuses on testing cost-effective electrocatalysts for the oxygen evolution reaction (OER) to facilitate hydrogen generation from seawater electrolysis.

This study presents a novel hybrid approach for producing mesoporous activated carbon (AC) from date palm leaves by integrating conventional carbonization with microwave-assisted activation. K₂CO₃ was utilized for chemical activation to enhance adsorption performance.

The Energy Innovation Needs Assessments (EINAs) have been developed and updated to identify key innovation needs across the UK’s energy system, to provide an evidence base for the prioritisation of investment and support for clean energy innovation. This report summarises the analysis and findings from the EINAs across the hydrogen technology theme, focusing on autothermal and steam methane reforming, electrolysis, hydrogen transport, hydrogen turbines and depleted gas field storage technologies.

In this work, lanthanum nickelate-based perovskites have been prepared via sol-gel synthesis and modified with ternary Co and Mn B-site metals, increasing their catalytic activity.

In this study, a low-cost Ni−S-based catalyst for hydrogen evolution reaction was prepared via a simple electrodeposition process from a modified Watts bath recipe.

This review first introduces the benefits and challenges of direct seawater electrolysis and then summarises recent research into cost-effective and durable OER electrocatalysts.